Regulatory Evidence and the Holding Loop: A Derived Mechanistic Hypothesis from Human Restoration Theory

This article develops a derived mechanistic hypothesis within Human Restoration Theory (HRT). HRT proposes that reliable load-bearing organization, active stabilization, compensation, chronicity, and restoration are linked through the relations among conditions, organization, cost, reliability, and option accessibility. The present question is narrower: what makes a compensatory organization remain trusted by regulation while alternatives become less accessible, less trusted, or more costly? Mechanical Evidence Architecture (MEA) proposes that mechanical organization may partly determine the evidential quality of bodily input: its discriminability, consistency, state-dependence, and actionability. In this account, chronic holding is not a diagnosis or a universal pathology, but a candidate compensatory organization in which persistent muscular stabilization may narrow or distort the mechanical conditions from which proprioceptive, interoceptive, and tissue-level signals arise. The article does not introduce a new foundational principle of HRT. It converts an already established relation between compensation, trust, option loss, and restoration into an explicit and falsifiable research question: does mechanical organization alter the quality of the bodily evidence by which a compensatory solution is retained and an alternative becomes accessible? The paper connects this hypothesis to interoception, active inference, proprioception, mechanotransduction, and bodily rhythms. It specifies candidate mechanisms, measurable predictions, competing explanations, and falsification criteria. Series: Human Restoration Theory — Derived Mechanistic Hypotheses.